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Dr Tristan Sjoeberg Postgraduate Scholarship Primary Supervisor - Professor Dorothee Bakker Scientific background The Southern Ocean takes up about 10% of the carbon dioxide (CO2) emitted by
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transformation research, particularly in hydrogen and ammonia energy such as sorption enhanced steam methane reforming with hydrogen production and CO2 capture, and direct combustion of hydrogen and ammonia as a
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organoboron compounds and CO2 to prepare enantioenriched building blocks in a sustainable way. The project will be conducted under the supervision of Prof. Mariola Tortosa and Dr. Jaime Martín. Selected
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In medical equipment, many different gas flows need to be controlled, including gases such as O2, CO2, He, Xe, Kr, Ar, Ne, N2, N2O, and H2, all in varying concentrations ranging from 0 – 80%. Traces
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, their electrocatalytic properties for protons reduction and CO2 reduction (Molecular Electrochemistry and Redox Photochemistry (EMPRe) team at the Department of Molecular Chemistry (DCM)). The PhD student will also
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execute qualitative and quantitative studies using a CO2 inhalation procedure; Implement the findings of these studies in a single-case experimental design (SCED); Test panic-prone participants as
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, including gases such as O2, CO2, He, Xe, Kr, Ar, Ne, N2, N2O, and H2, all in varying concentrations ranging from 0 – 80%. Traces of up to 500 ppm of NO, CO, and H2S could occur in the gas mixture and should
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reliably assess fatigue damage and predict remaining lifetime, enabling proactive maintenance strategies that extend service life and reduce CO2 emissions. Through this PhD scholarship, you will contribute
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) Operations with intermittent and/or cyclical injection profiles. b) CO2 storage with varying degrees of impurities in both the CO2 and the reservoir fluid(s). c) large-scale, multi-field operations with non
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flows need to be controlled, including gases such as O2, CO2, He, Xe, Kr, Ar, Ne, N2, N2O, and H2, all in varying concentrations ranging from 0 – 80%. Traces of up to 500 ppm of NO, CO, and H2S could